Premium OEM server components, high-frequency printed circuit boards, and advanced DRAM modules designed for cloud databases and hyperscale processing units.
Within the landscape of high-performance cloud platforms, data centers, and advanced telecommunication hubs, standard, off-the-shelf equipment frequently encounters design obstacles, thermal thresholds, and physical spatial constraints. Celtrix Memory Technologies Co., Ltd. addresses these limitations by offering customized OEM and ODM infrastructure solutions designed specifically for scalable enterprise deployments.
We integrate high-speed memory architectures, multi-layered RF substrate boards, and customized SMT motherboards into single-source hardware solutions. This unified approach minimizes latency, preserves signal integrity, and helps optimize total cost of ownership (TCO) for data storage operations.
Controlled impedance routing, specialized material layers, and extensive simulation workflows ensure clean signal transfers in dense environments.
Aluminum core substrates and advanced copper distributions accelerate heat dispersion, helping minimize thermal throttling under continuous workloads.
A look at the manufacturing and engineering resources that support Celtrix's global hardware delivery.
As server applications evolve, requirements for memory bandwidth and low-latency storage continue to rise. Enterprise workloads such as cloud virtualization and real-time database transactions need reliable, high-speed hardware infrastructures to operate effectively.
Celtrix works with system integrators and telecom networks to produce high-density RAM modules and custom multilayered circuit boards. From high-frequency Taconic PCB routing to custom DDR5 designs, we manufacture components designed to maintain signal stability and operational reliability under demanding system loads.
By engineering systems that resist crosstalk and electromagnetic interference, we help clients run high-throughput server platforms while keeping operational overhead low.
A supply chain setup designed to deliver certified hardware components and custom memory modules to partners worldwide.
Supporting system integrators and enterprise brand owners in over 50 countries, with focused distribution networks in North America, Europe, and the Middle East.
Custom design and manufacturing services, including tailored PCB layout designs, heat spreader options, custom packaging, and private label support.
With more than 1,180 active supply chain partners, we maintain consistent access to raw materials and semiconductor wafers, helping stabilize production times.
To operate reliably in server environments, DRAM modules and printed circuit boards must be built to withstand thermal and electronic stress. Celtrix operates under the ISO 9001 standard to ensure manufacturing consistency across all product lines.
Our quality verification process monitors components from raw material sourcing through to final production. Multiple testing phases are utilized to check electrical properties, physical tolerances, and overall module stability.
Providing hardware solutions that meet the environmental, electrical, and data center regulations of major international markets.
Operating a global data center or communication network requires compliance with diverse regional standards. Celtrix products are designed and manufactured to align with international regulatory requirements, including CE, FCC, RoHS, and REACH directives.
We work with international logistics providers to ensure our products can be integrated into projects across North America, Europe, Asia-Pacific, and the Middle East without import or regulatory delays.
We provide direct engineering assistance to help client teams resolve technical integration challenges. Our services include:
How our memory modules and custom PCB assemblies are utilized across different business sectors.
Deploying specialized industrial control boards (such as Raspberry Pi ODM platforms) in harsh conditions. These assemblies are built to withstand temperature extremes and vibration in remote installations.
Integrating high-frequency Taconic TLY-5 copper-clad laminates in transceivers and antennas to support clean data transmission with low signal attenuation.
Equipping database nodes with DDR4 and DDR5 ECC memory modules. These units feature on-die error correction to help maintain system uptime during continuous workloads.
Modern data centers continue to shift toward faster, higher-density server systems. To meet these changing demands, Celtrix is focusing its development on three key areas:
We are updating our manufacturing processes to lower our environmental footprint. Our production facilities are implementing lead-free soldering, wastewater filtration, and recyclable packaging options to help customers meet their sustainability targets.
Common technical questions answered by our engineering and manufacturing teams.
Our engineering team programs and tests the Serial Presence Detect (SPD) EEPROM on each module. We configure JEDEC-standard parameters and test modules against common CPU architectures from Intel and AMD to ensure proper startup and timing stability.
Taconic TLY-5 has a low dielectric constant (DK 2.2) and a low dissipation factor. This helps reduce signal losses in high-frequency applications, making it suitable for high-speed network interfaces and RF applications where signal integrity is a priority.
We provide customization services including specialized PCB layouts, copper thickness adjustments, customized heatsinks, custom labeling, and custom SPD configurations. These can be adjusted to meet specific spatial and environmental constraints.
Lead times depend on the project's complexity. Standard memory module production generally takes 2 to 3 weeks after component sourcing is completed. Custom multi-layer PCB design, fabrication, and SMT assembly typically require 4 to 6 weeks, which includes prototype testing.
High-density laptop, desktop, and server memory architectures designed to support virtualized networks and computational systems.
Celtrix Memory
